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What Would Be the Concentration of Hydronium Ions in a Solution

Question 95

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What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare?


A) Concentration of What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately.
B) Concentration of What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. = 30 M. It is impossible because pH can not be negative.
C) Concentration of What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. = What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. M. It is impossible because any container used to hold the acid would immediately corrode.
D) Concentration of What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. = What would be the concentration of hydronium ions in a solution that had a pH = -3? Why would such a solution be impossible to prepare? A) Concentration of = 3 M. It is impossible because it is hard to measure such a small amount of hydronium ions accurately. B) Concentration of = 30 M. It is impossible because pH can not be negative. C) Concentration of = M. It is impossible because any container used to hold the acid would immediately corrode. D) Concentration of = M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated. M. It is impossible because only so much acid can dissolve in water before the solution becomes saturated.

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